Uploaded February 2022 | Updated September 2026, 3 weeks ago
In this video, I determine the voltage across and currents through an AC circuit that has a resistor, inductor, and capacitor in parallel. To do this, I calculate the impedances of the components, identify the voltage across the components, calculate the currents through each component, and then calculate the total current. I also calculate the total equivalent impedance of the three parallel components.
This example comes from a free, online, open source textbook by Tony Kuphaldt. You can find the example here:
electronx.ca/education/ac-circuits/chapter-6-rlc-ac
In this video, I determine the voltage across and currents through an AC circuit that has a resistor, inductor, and capacitor in parallel. To do this, I calculate the impedances of the components, identify the voltage across the components, calculate the currents through each component, and then calculate the total current. I also calculate the total equivalent impedance of the three parallel components.
This example comes from a free, online, open source textbook by Tony Kuphaldt. You can find the example here:
electronx.ca/education/ac-circuits/chapter-6-rlc-ac










